Outer vs Observable - What's the difference?
outer | observable | Related terms |
Outside; external.
Farther from the centre of the inside.
* {{quote-book, year=1963, author=(Margery Allingham), title=(The China Governess)
, chapter=14 An outer part.
*
The part of a target which is beyond the circles surrounding the bullseye.
A shot which strikes the outer of a target.
(wholesale trade) the smallest single unit normally sold to retailers, usually equal to one retail display box.
Someone who admits to something publicly.
Someone who outs another.
One who puts out, ousts, or expels.
An ouster; dispossession.
Able to be observed.
* The strange new star was at the edge of the observable universe
Deserving to be observed.
* Easter is an observable holiday
(physics) Any physical property that can be observed and measured directly and not derived from other properties
Outer is a related term of observable.
As adjectives the difference between outer and observable
is that outer is outside; external while observable is able to be observed.As nouns the difference between outer and observable
is that outer is an outer part or outer can be someone who admits to something publicly while observable is (physics) any physical property that can be observed and measured directly and not derived from other properties.outer
English
Etymology 1
Comparative of out by analogy with inner.Adjective
citation, passage=Nanny Broome was looking up at the outer wall. Just under the ceiling there were three lunette windows, heavily barred and blacked out in the normal way by centuries of grime. Their bases were on a level with the pavement outside, a narrow way which was several feet lower than the road behind the house.}}
Antonyms
* innerNoun
(en noun)- We ordered two cartons with twelve outers in each.
Derived terms
* outer space * outernessEtymology 2
Noun
(en noun)Anagrams
* ----observable
English
Adjective
(en adjective)Noun
(wikipedia observable) (en noun)- Temperature is an observable but entropy is derived.
- In quantum mechanics, observables''' correspond to Hermitian operators. Also, they act a lot like random variables. Taking their average one may recover something resembling a classical '''observable .
